The Assembled Web
To "assemble" means to build. Assembling also means that we come together. Sometimes, both aspects are true. When that happens and we work together to build, we are better off for it.
The open source community is a perfect example of this. When Linux creator Linus Torvalds spoke about how it felt to get contributions from a worldwide network of people, he remarked "I had hoisted myself up on the shoulders of giants". I'm lucky enough to feel the same way.
The Internet has created a culture of sharing, letting people connect and collaborate on areas of common interest. When I started developing Drupal in 2000 from my university dormitory in Antwerp, I never imagined I'd build a network of people who were interested in building a content management system with me. Yet word of my project spread, and before I knew it, I was getting contributions to my project from around the world. Soon I also was standing on the shoulders of giants.
We didn't know it at the time, but this founding group of Drupalists was creating the basis for the assembled web. The assembled web is the next stage in the evolution of the web. While the coded web will always continue to exist, it will be a minority.
Think of the assembled web almost as an app store model for creating a digital experience. For example, if you want your website to allow social comments to flow in from Facebook or Twitter, you can simply add a module that someone has already coded. If you want to add analytics, maps, or almost anything you can imagine — there's probably a module for that.
While the modules are built on a foundation of code, they require no coding to install and build with ... to assemble. Instead, the vision of a great digital experience can be accomplished by someone with no coding experience, who can now simply "snap" the pieces of a new web experience together.
So, why is the assembled web rising to prominence so quickly, and what does that mean for developers?
- First, there are more websites now than ever before, and there's no sign of that growth slowing down. Ten years ago, a company had one website. Now, that same company might manage dozens or even hundreds of sites.
- Second, the complexity of websites has skyrocketed. Applications, integrations with third-party systems, social media integration, and the mobile web have all driven this complexity. New technologies emerge and replace the old. For example, Flash has almost been driven to extinction, replaced by HTML5, CSS3 and other more modern standards.
These two trends, set against the way many sites are built today, make it difficult to keep up with the changing standards, much less innovate and move the digital experience forward.
There is only one way to keep up: do more with less. I first imagined the assembled web in 2005, when the widespread use of content management systems began to replace the webmaster role as we knew it. Webmasters were no longer hired to write HTML by hand, or upload code to an FTP. In a way, the CMS eliminated the middleman.
Beyond our own evolution as developers, outside forces have also fundamentally altered the web. Ten years ago, the global phenomenon of Facebook didn't exist. Twitter didn't exist. The iPhone had yet to be released and create the mobile ecosystem that we know today. Think about the amount of change that's happened in such a short period. Now what will the world, and the web, look like another 10 years from today? No one knows.
The best thing to do is to adopt a platform that can change at the pace of the web. Developers will be tasked with building new functionality, and expanding the world of possibilities that modules can deliver. The innovation that developers will bring is crucial, and will power the assembled web by lowering barriers and democratizing the experience of site building.
The assembled web doesn't just have implications for the way developers create websites. It will have a widespread impact on any person or organization that needs to keep up with rapidly changing external forces. That's pretty much everyone. Think about how the assembly line changed manufacturing the first time. And how 3D printing is changing it again now. We can build faster and smarter than ever before. Similarly, the assembled web gives more people the tools to build the web as we know it.
Anyone without coding experience will be able to use an open source CMS to assemble a site by simply snapping modules together. A marketer could build a site for a new product launch without relying on the engineering team. An entrepreneur could launch a company site without hiring a webmaster. This phenomenon frees up time for developers to create new ways to connect citizens to their governments, nonprofits to donors, businesses to customers, friends and family to each other. Launching a disruptive business idea or reacting to today's rapid market changes could be accomplished without technical assistance. Going from vision to realization, for the first time, would be a single step. This advantage would finally bring the speed of digital site building in line with the speed of the web.
This evolution isn't a scary thing for developers; it's an opportunity. The web has forced a constant reinvention of everything. Careers. The way we compete for business. Being more efficient in the way we assemble a website will allow us to focus on the things that matter more, like innovation and creativity. By standing on the shoulders of giants, we can make things look and operate more beautifully than we'd ever have expected.
(I originally wrote this blog post as a guest article for Forbes.)